Additionally, I was doing some reading on the Amiga's audio circuitry and it's pretty interesting. Here's some of the neat things you do:

- Make your own waveforms by drawing them using Audiomaster or some other tracker app.

- Feed raw data into Paula to generate crazy waveforms.

- Play two waveforms over one another to sum them to a single channel.

- Modulate one audio channel with another.

- Use DMA to handle the audio or switch it off and let the CPU take direct control.

- Append one waveform with another in code.

- Overlay all of the channels to create a 14-bit stereo sample playback unit.

- Do AM and FM synthesis with an app like OctaMED.

- Make use of Paula's four included state machines (and send data to them via the CPU or Agnus).

- Increase the sample rate to 57.7 KHz if you have a SuperDenise chip.

It's too bad they didn't up this same design to 16-bit for the release of the AGA machines.

As 8-bit audio chips go though, the sound quality is pretty awesome. A good example of this is the real-time monitoring mode of the DSS8+ cartridge on a machine with a 68030. It almost sounds like a 16-bit stereo sampler.